Blockchain · CyberSecurityACTIVE DEVELOPMENT

NyayaSetu

// THE PROBLEM

What challenge did this address?

Whistleblowers exposing corporate corruption or public misconduct face massive risks of retaliation, identity disclosure, and tampering of evidence. Traditional reporting portals are hosted on centralized servers vulnerable to admin manipulation and external hacks.

// THE SOLUTION

How was it engineered?

Built a fully decentralized whistleblowing portal utilizing client-side AES-256 encryption to seal reports before they leave the browser. Evidence is distributed securely on IPFS (decentralized storage) and anchored to Ethereum smart contracts, guaranteeing immutable, tamper-proof reporting trails.

// TECH STACK

Solidity

IPFS

React

Ethereum

// KEY FEATURES

Core Implementation Details

↳Client-side cryptographic key generation to mask whistleblower identities
↳IPFS file pinning with encrypted payload access rights
↳Ethereum audit log tracking case state transitions and SLA benchmarks
↳Automated case delegation based on verifiable zero-knowledge credentials

// SYSTEM OUTCOMES

Verifiable Performance Metrics

✓Guaranteed absolute anonymity for reporters with cryptographic verification
✓Created 100% tamper-proof record trails admissible for independent audits
✓Zero central single-points-of-failure or backdoors for server admins